About this book:

Cities have always been technological projects, and their history reveals that infrastructure decisions are fundamentally political, shaping urban space, equity, and power. This book argues that today’s “smart city” is not a new phenomenon but an evolution of a long pattern where new systems—from sewers and streetlights to sensors and mobility platforms—promise efficiency and neutrality while often masking trade-offs that benefit some residents at the expense of others. Understanding this history is essential for evaluating the hype and avoiding the pitfalls of contemporary digital urbanism.

The first great era of urban wiring was the nineteenth-century sanitation revolution. Systems of sewers and waterworks dramatically improved public health, but their construction and financing reshaped municipal governance, creating new authorities and debt burdens. The process of building these systems was deeply political, often excluding certain neighborhoods or using them as sites for undesirable facilities. Likewise, street lighting, which began with oil and gas before electrification, transformed the social life and safety of the night. However, the distribution of light was not even; it followed wealth and power, illustrating how even a seemingly simple utility can encode and reinforce urban inequality.

As cities added new layers of technology, each system competed for space and influence. Telegraphs and telephones created the first networked cities, promising instantaneous connection but also new forms of social control, privacy concerns, and corporate monopolies. The politics of stringing wires on poles was a precursor to today’s battles over fiber and 5G. Meanwhile, streetcars and subways redrew the urban map, enabling suburban growth and new forms of segregation. These transit systems did not just connect places; they created them, fostering a “streetcar suburb” model of development that sorted people by class and race along the rails. In turn, the rise of the automobile and the highway regime answered the promise of personal freedom with the reality of neighborhood destruction, environmental damage, and a governance structure that prioritized speed over community.

With the mid-twentieth century came the age of systems thinking and the cybernetic city. Planners and engineers began to see the city as a complex system of flows and feedback loops that could, in theory, be managed and optimized. This mindset gave rise to urban modeling and the first computer-based decision-support systems. It was an era of grand plans and technocratic confidence, but it also revealed the limitations of a purely data-driven approach, which often failed to capture the messy realities of human communities and political life. This early computational ambition laid the groundwork for today’s datafication, where dashboards and performance metrics promise to manage the city in real-time. While these tools offer new insights, they can also narrow our focus to what is easily measured, potentially obscuring deeper, more complex social problems and creating incentives for managers to “game the metrics.”

The contemporary smart city is the inheritor of this long history. The Internet of Things (IoT) has turned lampposts and trash cans into sensors, promising hyper-efficient urban operations. Mobility platforms like ride-hailing and micromobility have reshaped streets, creating new conflicts over the curb and new questions about labor and equity. The smart grid is reconfiguring our energy systems for climate resilience, but faces challenges of cost and cybersecurity. And new public safety technologies, from 911 systems to predictive policing, offer powerful tools for managing risk while raising profound questions about surveillance, bias, and civil liberties.

Crucially, every one of these systems depends on the often-invisible architecture of procurement and public-private partnerships. The contracts, standards, and financial models that govern how technology is bought and implemented determine who controls the infrastructure and who benefits from it. A city’s ability to manage these deals is as important as its ability to manage the technology itself.

Ultimately, a critical reading of this history shows that technology is never neutral. The path toward a more just and resilient urban future, therefore, is not to be dazzled by new gadgets or to cynically reject them, but to build better governance. This means centering equity from the start, through co-design and inclusive procurement; establishing clear rules for data ownership and algorithmic accountability; investing in public sector capacity; and fostering constant, meaningful public oversight. By learning from the triumphs and mistakes of past infrastructures, we can ensure that today’s “smart city” is wired not just for efficiency, but for the benefit of all its residents.

What You'll Find Inside:

• Infrastructure as a political artifact: The book argues that all urban technologies, from sewers to sensors, are not neutral tools but are embedded with values, priorities, and politics that shape urban form and social equity.
• Historical patterns repeat in the smart city debate: By tracing a long history of urban systems—streetcars, telegraphs, electricity, zoning—the book identifies recurring themes of promise, exclusion, and governance challenges that directly inform today's smart city initiatives.
• Equity is a design constraint, not a postscript: A central theme is that infrastructure decisions create winners and losers. The book advocates for making social equity a foundational design principle, examining who pays, who decides, and who benefits from the start.
• Governance and contracts are as important as code: For 'smart' urban technology, the book stresses that procurement, standards, public-private partnerships, and data ownership are the critical levers of power, often having a greater impact than the technology itself.
• The goal is a civic model of urban technology: Rather than top-down, vendor-driven 'smart city' suites, the book calls for a pragmatic, inclusive, and democratic approach that involves co-design, public oversight, and continuous evaluation of social outcomes.

Who's It For:

This book is essential reading for urban planners, public officials, and civic technologists who design and implement urban infrastructure. It also serves policymakers, students of urban studies, and community advocates seeking to understand the historical context and social implications of modern 'smart city' technologies. Anyone involved in public-private partnerships or public infrastructure projects will find its interdisciplinary insights on governance, equity, and technology invaluable.